FLX_442_GTP_02

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Optics - Light Pipes have a wide range of applications in many fields, from medical instrumentation to automotive engineering. FLX_442_GTP_02 is a light pipe specifically designed for the challenging requirements of many scientific and industrial applications. It is a compact, efficient and cost-effective optical device used to transport light from one optical source to another, offering exacting performance in applications where space is limited.

The unique design of the FLX_442_GTP_02 enables efficient transport of light from one optical source to another. The light pipe consists of a series of coupled optical fibers, each optically coupled to the other. This allows for the transmission of light from one optical source to another, while maintaining the optical integrity of the light beam. By controlling the refractive index of the optical fibers within the light pipe, the light is rapidly transmitted from the source to the destination with minimal loss of intensity and color. Additionally, the light pipe\'s design allows for easy integration into existing optoelectronic systems.

The FLX_442_GTP_02 is a versatile light pipe offering precise control over propagation parameters such as total internal reflection and numerical aperture. The light pipe\'s properties enable a wide variety of applications, including illumination in biomedical instrumentation, optical displays, optical fiber communications systems, biological imaging systems, spectroscopy, and laser delivery systems. Its high-performance optical quality is maintained at temperatures from -60 to +60°C, and its diverse range of sizes, shapes, and configurations facilitate easy installation in confined spaces.

The primary working principle of the FLX_442_GTP_02 is total internal reflection (TIR). When light is incident on the inside of the cylinder, it is totally internally reflected due to the larger refractive index of the core material. This maintains the optical integrity of the beam over the length of the fiber. As the light passes through the various fiber segments, it is transmitted from the source to the destination with minimal loss of intensity or color. Additionally, the light pipe\'s design allows for easy integration into existing optoelectronic systems.

The FLX_442_GTP_02 also offers superior optical performance and reliability, the latter via its patented mechanical shock concept. This ensures that the light pipe will withstand vibration and shock, while at the same time minimizing optical aberrations and artifacts. Its improved performance and reliability make it advantageous over other methods such as glass or plastic light guidance systems.

In summary, the FLX_442_GTP_02 is a reliable, efficient and cost-effective light pipe, designed for challenging requirements in a variety of scientific and industrial environments. It provides precise optical control, thanks to the unique properties of the fibers, and superior integrity, via its patented mechanical shock concept. Its versatility and performance make it a top choice for both commercial and research applications.

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